Optomec Receives US Air Force Contract for Metal Additive Repairs

Optomec Receives US Air Force Contract for Metal Additive Repairs

by Design

The Air Force Sustainment Center at Tinker Air Force base has awarded Optomec a $500,000 process development contract for the Additive Repair of jet engine components used in the F-15 and F-16 fighters. The solution will rely on Optomec’s LENS technology, a metal additive manufacturing technique based on powder-fed directed energy deposition (DED), together with proprietary enabling machine capabilities including advanced vision and distortion compensation software, Controlled Atmosphere processing, and batch automation using oxygen-free material handling.

Nexa3D launches xWASH smart affordable and sustainable washer Decision Makers

by Technologies

Nexa3D launched the immediate commercial availability of xWASH, a new automated washer that works exclusively with its sustainable xCLEAN washing detergent to help manufacturers streamline, optimize, and scale their 3D printing and post-processing operations. The new xWash is a fully automated, smart cleaning washer that is designed to readily accept a full build plate from the company’s flagship NXE400 3D printer at volumes of up to 16 litters per print job. Customers using xWASH can experience significant post-processing cost reductions of as much as 75% compared with other post-processing units and realize orders of magnitude throughput gains by producing consistent high-quality parts.

Sakuu Corporation Awarded Patents for Solid State EV Battery 3D Printing

Sakuu Corporation Awarded Patents for Solid State EV Battery 3D Printing

by Automotive

Sakuu Corporation (previously KeraCel Inc.), a specialist in automated multi-process additive manufacturing, obtained three patents related to EV battery 3D printing; a hybrid solid-state cell with a sealed anode structure, an additive manufacturing system with the ability to create an active device such as a micro-reactor or solid-state battery, and an electrophotographic multi-material 3D printer.

3D-Printed Microneedles for Continuous Glucose Monitoring

3D-Printed Microneedles for Continuous Glucose Monitoring

by Medical

For many of the 422 million people around the world living with diabetes, glucose monitoring is a necessary, and uncomfortable, daily chore requiring a painful pinprick to test the blood. Newer technologies, like the FreeStyle Libre, offer continuous monitoring, but the system still requires that a 5mm rigid metallic needle be driven into the skin. While not as bothersome as the fingertip lance, it’s still uncomfortable for the patient. Aiming to develop a solution that’s more comfortable for the user, the AIT – Austrian Institute of Technology – partnered with DirectSens and In-Vision to launch the NUMBAT research project. NUMBAT aims at leveraging high-resolution DLP 3D printing to create an array of polymeric microneedles for minimally invasive—and less painful—continuous glucose monitoring (CGM).